简单高成本效益并行晶化路线
Asynt向Bath大学(Bath,UK)Wilson结构化学研究组提供自定义DrySyn加热块系统
由Asynt协同Bath大学设计并适配DrySyn系统正用于帮助简化和加速开发晶化方法以有选择控制多态编组并生成多构晶体并具有有利的目标物理特性,如光特效、溶性易变性易变性
固态晶素控管多产业,包括药农化产业,已知不同多态生产、双晶素或盐类会显著影响目标活性成份的物理特性,已知影响晶体编组的多项因素包括溶剂或溶剂选择、结晶温度和晶化过程添加物或附加构件的存在
Dr Lynne Thomas - a research fellow at the University of Bath commented "Temperature fluctuations in particular are known both to induce crystallisation and potentially can act as a switch controlling which stable crystalline form is obtained. Careful temperature control of samples crystallising is therefore of critical importance in this field, as is a heavily parallel approach to allow systematic investigation of the effect of crystallisation conditions on solid form. The number of potential temperature and solvent combinations thus makes screening conditions through a parallel approach to temperature controlled crystallisation much more efficient, and in many cases essential".
Thomas博士补充道 : “ 与Asynt协作,我们设计并安装自定义加热块以优化DrySyn加热块的温度控制空间。新颖改换DrySyn加热块可以并行精确控制19晶片,证明它有能力提高中低吞晶化实验的灵活性和速度。”
改制加热块并行晶化详情请联系Asynt+44-1638-781709或 销售量@asynt.com. 关于Bath大学Wilson研究组的进一步信息 点击这里
Asynt为业界和学术界化学家提供廉价产品、消耗品和服务的主要提供者,Asynt通过训练有素化学家员工-Asynt能够利用深入应用知识为客户提供高水平支持,支持DrySynHeating块、受控实验室堆、合成工具、喷射器、循环器、温度控制系统、Vacum泵和实验室安全设备
由Asynt协同Bath大学设计并适配DrySyn系统正用于帮助简化和加速开发晶化方法以有选择控制多态编组并生成多构晶体并具有有利的目标物理特性,如光特效、溶性易变性易变性
固态晶素控管多产业,包括药农化产业,已知不同多态生产、双晶素或盐类会显著影响目标活性成份的物理特性,已知影响晶体编组的多项因素包括溶剂或溶剂选择、结晶温度和晶化过程添加物或附加构件的存在
Dr Lynne Thomas - a research fellow at the University of Bath commented "Temperature fluctuations in particular are known both to induce crystallisation and potentially can act as a switch controlling which stable crystalline form is obtained. Careful temperature control of samples crystallising is therefore of critical importance in this field, as is a heavily parallel approach to allow systematic investigation of the effect of crystallisation conditions on solid form. The number of potential temperature and solvent combinations thus makes screening conditions through a parallel approach to temperature controlled crystallisation much more efficient, and in many cases essential".
Thomas博士补充道 : “ 与Asynt协作,我们设计并安装自定义加热块以优化DrySyn加热块的温度控制空间。新颖改换DrySyn加热块可以并行精确控制19晶片,证明它有能力提高中低吞晶化实验的灵活性和速度。”
改制加热块并行晶化详情请联系Asynt+44-1638-781709或 销售量@asynt.com. 关于Bath大学Wilson研究组的进一步信息 点击这里
Asynt为业界和学术界化学家提供廉价产品、消耗品和服务的主要提供者,Asynt通过训练有素化学家员工-Asynt能够利用深入应用知识为客户提供高水平支持,支持DrySynHeating块、受控实验室堆、合成工具、喷射器、循环器、温度控制系统、Vacum泵和实验室安全设备
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